Description
Kimtech™ A5 Cleanroom Coveralls, for ISO Class 5+ Cleanrooms
When you need a high-value combination of quality and comfort – as well as reliable cleanroom protection – you can trust Kimtech™ A5 Cleanroom Coveralls. They are made of 100% polypropylene breathable SMS fabric, which gives the wearer cloth-like comfort. While other coveralls for cleanroom environments may look similar, the ones from Kimtech™ Pure have distinct advantages including tightly bound seams to strengthen the barrier, a high neck collar to reduce contamination, thumb loops to keep the sleeves from rolling back and a zipper flap to cover the zipper area. This personal protective apparel is triple-bagged and vacuum packaged, suitable for ISO Class 5 or higher cleanrooms. It is not made with natural rubber latex, silicone, or the BHT preservative and is designed for single-use (disposable PPE). For use in biotech, medical device, electronics and telecommunications manufacturing, they are designed to protect your process by providing comfortable, sustainable protection.
- High value features - Breathable SMS fabric. High neck mandarin collar and bound seams to control contamination risk. Built-in thumb loops keep garment sleeves from rolling back and exposing arm or wrist.
- Durable Reflex Coverall Design - with elastic waist band offers excellent fit and freedom of movement and 7.5 times more rip-resistant than ANSI minimums
- Suitable for ISO Class 5 or higher cleanrooms - Kimtech™ A5 Cleanroom Apparel is manufactured in an ISO-certified facility, clean-processes and individually packaged under cleanroom conditions. Free of latex, BHT preservative, and silicone.
- Ideal for - Non-Sterile Compounding, Mixing, Filling, Cleaning. ISO Class 5 Aseptic Cleanroom GRADE A (Former FED-STD-209E; Class 100). ISO Class 6, 7, 8 Bioburden control areas GRADE B/C/D (Former FED-STD-209E; Class 1,000, 10,000, 100,000).
- 25 coveralls per case - 25 coveralls triple-bagged and vacuum packed per case. Vacuum seal offers additional level of assurance that product was not compromised during transport.
